Very well put together, and what it does cover, it covers well. I noticed that neutron flux, moderators and control rods were left out, but I understand thats not the video’s goal. 10/10
The water is pressurized to 155 bar, not 15,5 bar. You may have been thinking of Megapascals, which is 15.5, or mistakenly saw a period there when there wasn't. Not really that big of a deal. Great video
My great-great-grandfather had apparently worked on the pressurized water reactor down here, as he did some tube fitting for the core. It was empty of course, this was during manufacturing. Not trying to insult my g-g-pa but it's yield isn't that impressive... Only 830 megawatts 😂
in the primary loop. thats what the pressuriser is for, if its under high pressure the flash point becomes much greater, if you google "pressure boiling point graph" that should be of some help :)
Very well put together, and what it does cover, it covers well. I noticed that neutron flux, moderators and control rods were left out, but I understand thats not the video’s goal. 10/10
Watched 4 clips didn't understood a thing, but u made it possible in just 4 mins. Big thanks 🤗
hi
Great Presentation! The balance between the utilization of formal and informal terminologies is superb. 👍
As a stationary engineer love to watch all of this. This is beautiful presentation.
so so so helpful! thanks. This answered my question about how the water flows through the system.
The water is pressurized to 155 bar, not 15,5 bar. You may have been thinking of Megapascals, which is 15.5, or mistakenly saw a period there when there wasn't. Not really that big of a deal. Great video
Triggly Puff thanks for pointing that out! I meant to say 15.5 Megapascals or 155 bar.
Excellent. You explained the concept so clearly and in such a simple way. Thank you.
Good job, Adam!
I experienced 2 sites of AP1000 in China. Now I am in Canada hard to keep my career here. U did a great video, why just one.
Hope U all great!
Thank you. Great video and easy to understand
thank you. this is very simple to understand
This was so informative and gave me a very clear understanding for my project. Thank you!
The presentation was very helpful and simple to understand!
A great source of energy.
totally ,just dump the radiatiON wAste on THE white house's lawn!!
THANKS!!!! SO HELPFUL!!!!
It's a great presentation!
Thank you so much!
it was really helpful
thank you so much! this was super helpful to me (:
Thank you so much!
Thank you!!
Great video man 👍👍👍
Thank you.
Best animation as well as explanation
Great presentation thanks so much
amazing video
Thans a lot!
very good thank you
Are there any books that describe the theory of these reactors
wow I'm ganna use this video source for write my physics essay
thnks m8
great
Thanks bhai
My great-great-grandfather had apparently worked on the pressurized water reactor down here, as he did some tube fitting for the core. It was empty of course, this was during manufacturing. Not trying to insult my g-g-pa but it's yield isn't that impressive... Only 830 megawatts 😂
Nice
Thats it?
water boils at 100 C or 212 F, steam can be produced .you said at 600 F water is still in Liquid, please explain
in the primary loop. thats what the pressuriser is for, if its under high pressure the flash point becomes much greater, if you google "pressure boiling point graph" that should be of some help :)
You'd think there would be a way to capture energy from the warm water instead of sending it through a cooling process.
It is captured, this is a simplification.
Without harmful radio active particles
yes but were does the steam water go.mmmm
Try watching the video.
@@sylviaisgod6947 thanx I watched it again and worked out its cooled back to water and recycled.
15 bar? You mean 155 bar....
👌👌👌👌🤌🙌
Thank you so much!
it was really helpful